CN101715752A

CN101715752A - Modernized process for exercise-based pig-raising

Info

Publication number: CN101715752A
Application number: CN200910199656A
Authority: CN
Inventors: 袁一江
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-11-25
Filing date: 2009-11-25
Publication date: 2010-06-02

Abstract

The invention provides a modernized process for exercise-based pig-raising, which is characterized by comprising the following steps under the microcomputer control covering the whole course: feed raising, exercising, cleaning, sewage treatment, organic fertilizer synthesis and real-time monitoring, wherein a large belt conveyor is arranged below a pigsty in the exercising step, and the rotation time and speed of the belt conveyor is under the microcomputer control. Compared with the prior art, the invention improves the environment of the pigsty, increases the exercise load of the pigs and ensures that the produced pork has good taste, chewiness and low cholesterol content; and meanwhile, by recycling the resources, the invention can protect the ecological environment, reduces the expenditure and achieves a mechanized, modernized and large-scale process for pig-raising.

Description

Modernized process for exercise-based pig-raising

[technical field]

The present invention relates to domestic animal swine rearing technical field, specifically a kind of Modernized process for exercise-based pig-raising.

[background technology]

At present, the industry of raising pigs has entered the stage of serious surplus, and domestic method of raising pigs is backward relatively, and the colony house of raising pigs is dirty, unrest, poor, the colony house the inside often piles with many foreign material, light is relatively poor, adds the breathing of pig, and the corruption of fecaluria, fermentation are decomposed, the pad grass and the feed moldy metamorphism that is scattered, ventilation is bad etc., the air dirt, so that the physique of pig own descends, easily catches an illness; Many raisers add harmful substances such as a large amount of antibiotic, short long agent for the economic pursuit benefit in pig feed simultaneously, make pig not reach sexual maturity at short notice as yet and just deliver listing for sale.

The pig raising method of present stage causes market pork to contain a large amount of left drugs, taste flavor also seriously descends, and cholesterol is too high, be unfavorable for health, these harmful substances are taken in the body by the people, deposition causes utmost point bad influence to growing of human body in vivo, to such an extent as to bring out various long-term malaise symptoms, painful illness is finally brought out cancer.

[summary of the invention]

The objective of the invention is to overcome the deficiencies in the prior art, change the domestic pig raising method that falls behind relatively, adopt mechanization, the modern motion pattern of raising pigs, the meat of mechanization stable breeding pig is reached raise the same meat of pig scattered.

In order to achieve the above object, the present invention proposes a kind of Modernized process for exercise-based pig-raising, it is characterized in that adopting microcomputer to control the synthetic and monitoring in real time of forage feed, motion, cleaning, waste water treatment, organic manure respectively:

(1) forage feed: by microcomputer control feed formula, feed different feeds according to the growth period that pig is different, and in the time of setting, stir automatically, feeding, feed is stirring more than 30 ℃, now mixes existing feeding, every day, feeding was 4 ~ 5 times;

(2) motion: belt feeder is established in the below of pigsty, by rotation time, the speed of microcomputer control belt feeder, guarantees that pig moved 3 ~ 5 hours every day, and the belt feeder velocity of rotation is 800 ~ 1000 meters/hour, guarantees to move every day 3000 ~ 4000 meters;

(3) clean: by the set cleaning device in microcomputer control pigsty top, clean at least once pigsty and pig every day;

(4) waste water treatment: the water after cleaning is added the medicament degerming by microcomputer control purify, carry out recycling in the water introducing pipe blow-through after the purification;

(5) organic manure is synthetic: isolated impurity after the waste water treatment is added microbial bacteria, carry out fermentation process, and synthetic organic fertilizer, and recovery forms methane;

(6) monitoring in real time: adopted monitoring system, pig is monitored in real time,, revised every control parameter at any time according to the result who monitors by the whole technology of raising pigs of microcomputer control management;

The described installation by micro-processor controlled belt feeder one side fed groove.

The present invention compares with prior art; improved the environment of pigsty, strengthened the amount of exercise of pig, the pork mouthfeel of producing is good, chew strength, cholesterol level is low; resource circulation utilization simultaneously can be preserved the ecological environment, be reduced expenses, and has realized mechanization, modernization, the scale of raising pigs.

[description of drawings]

Fig. 1 is a connection schematic block diagram of the present invention.

Fig. 2 is the partial enlarged drawing of the cleaning device shown in Fig. 1.

Fig. 3 is the schematic diagram of pigsty below telecontrol equipment in the embodiment of the invention.

[embodiment]

Now in conjunction with the accompanying drawings the present invention is described further.

The present invention proposes a kind of Modernized process for exercise-based pig-raising, Fig. 1 is a connection schematic block diagram of the present invention, comprise the forage compounding system 1 that connects control by microcomputer, feed groove 2, belt feeder 3, pipe blow-through 4, sewage pool 5, organic manure synthesizer 6, methane recovery device 7, organic manure sack-filling device 8 and Computerized monitor system 9, a belt feeder 3 is installed in the bottom of pigsty, one of belt feeder 3 is sidelong to put and is fed groove 2, forage compounding system 1 is suspended from the top of feeding groove 2, the top of pigsty is provided with pipe blow-through 4, sewage-treatment plant is established in the below of belt feeder, sewage pool 5 bottoms in the sewage-treatment plant are established a pipeline and are led to organic manure synthesizer 6, and the top of this organic manure synthesizer 6 is connected methane recovery device 7 and organic manure sack-filling device 8 respectively with the side.

The technology that the present invention proposes is to adopt microcomputer control to realize the mechanization technology of raising pigs, and comprises forage feed, motion, cleaning, waste water treatment, organic manure is synthetic and monitoring in real time etc.:

(1) forage feed: by microcomputer control feed formula, feed different feeds according to the growth period that pig is different, wherein major ingredients is corn, wheat bran, dregs of beans and dish cake etc., also needs suitably to add trace element etc. according to early stage, mid-term, the later stage of pig growth the time inner control forage compounding system that Computerized monitor system can set, make it stir automatically, heat, drop into then and feed in the groove 2, feed is stirring more than 30 ℃, now mixes existing feeding, guarantee the fresh of feed, every day, feeding was 4～5 times;

(2) motion: belt feeder is established in the below of pigsty, by rotation time, the speed of microcomputer control belt feeder, guarantees that pig moved 3～5 hours every day, and the belt feeder velocity of rotation is 800～1000 meters/hour, guarantees to move every day 3000～4000 meters;

(3) clean: regularly start cleaning device by microcomputer control, clean at least once pigsty and pig every day;

(6) monitoring in real time: adopted monitoring system, pig is monitored in real time,, revised every control parameter at any time according to the result who monitors by the whole technology of raising pigs of microcomputer control management.

The time of raising pigs of the present invention is 4～8 months, can be set at each pigsty and support 8～10 pigs, and every pig body weight is delivered for sale when reaching 80～100 kilograms.

Referring to Fig. 2, the time of setting according to computer, when the run duration of setting then, belt feeder 3 turns round automatically, the pig setting in motion; When the scavenging period of setting then, system is cleaned pig and pigsty automatically, pipe blow-through 4 spills down clear water, belt feeder 3 rotates, sewage after cleaning simultaneously and ight soil are along with the rotation inflow sewage pool 5 of belt feeder 3.

Sewage disposal system of the present invention places in the sewage pool, and the sewage that has cleaned flows to sewage pool, and system starts working, and removing impurities adds the medicament degerming; Handling qualified water quality can use repeatedly, and isolated impurity will enter the organic manure synthesizer and carry out fermentation process, and the methane recovery of producing is used as secondary energy sources, and remaining particle is organic manure, and it is packed processing.

Claims

1. Modernized process for exercise-based pig-raising is characterized in that adopting that microcomputer is controlled forage feed, motion, cleaning, waste water treatment respectively, organic manure is synthetic and monitoring in real time:

(1) forage feed: the growth period different according to pig, in the time of setting, carry out the compatibility of DIFFERENT FEED by microcomputer control forage compounding system, stir then, feeding, feed is stirring more than 30 ℃, now mixes existing feeding, and every day, feeding was 4～5 times;

(4) waste water treatment: the sewage after the cleaning adds the medicament degerming and purifies, and carries out recycling in the water introducing pipe blow-through after the purification;

2. a kind of Modernized process for exercise-based pig-raising according to claim 1 is characterized in that: the described installation by micro-processor controlled belt feeder one side fed groove.